Bulk dispensing system and method

1. A gravity feed bulk product dispensing system comprising: a bulk product dispenser comprising a discharge valve at a bottom of the dispenser; a product container configured for holding and protecting a product from damaging moisture, ultra violet light, contamination and adulteration, the container constructed to fit, in a product-filled state, inside of the dispenser, wherein the container further comprises a tear-tab extending from a bottom of the container, the tear-tab having an edge coterminous with a sealed tear opening on the container, wherein drawing on the tear-tab opens the tear opening and releases the product into the dispenser and directed toward the discharge valve; and a secondary containment unit having an entrance, the entrance adapted to removably attach to the discharge valve, wherein the secondary containment unit further comprises a funnel extending from the entrance, a tubular inner compartment connected to the funnel that receives the product dispensed through the discharge valve and funnel, the inner compartment further comprising a measuring means to measure and visually inspect the product received, and a spring loaded exit valve for disgorging the product.

2. The system of claim 1 , wherein the tear-tab has a length extending out through the discharge valve to outside of the dispenser.

3. The system of claim 1 , wherein the measuring means is a visual indicator on a surface of the inner compartment calibrated to measure a volume of the product dispensed into the secondary containment unit.

4. The system of claim 1 , wherein the secondary containment unit further comprising a bottom coupling attached to a bottom of the inner compartment, a top coupling attached toward a top section of the inner compartment; and wherein the spring loaded exit valve further comprises an outer tube, a cap, a spring, and a bottom closure, wherein the outer tube is positioned between the cap and the bottom closure, the outer tube surrounds the inner compartment, bottom coupling, top coupling, and spring; the spring having a diameter less than a diameter of the top coupling and larger than a diameter of the inner compartment, the spring positioned around the inner compartment between the top coupling and the cap, such that when the spring is compressed, the outer tube, the cap and the bottom closure move relative to the inner compartment, top coupling and bottom coupling; the bottom closure aligned against the bottom coupling of the inner compartment when the secondary containment unit is in a closed position, retaining product in the inner compartment; the spring loaded exit valve operated upon with a force placed on the outer tube to compress the spring, displacing the bottom closure from the bottom coupling, releasing the product.

5. The system of claim 4 , wherein the bottom closure of the exit valve has a conical middle surface having a diameter aligned to fit into an inner diameter of the bottom coupling, closing off the exit valve when engaged, and the bottom closure further comprising one or more apertures surrounding the conical middle surface, the one or more apertures having a size configured to have product fall through the one or more apertures when the bottom closure is displaced from the bottom coupling.

6. The system of claim 4 , further comprising a pin assembly to secure the dispenser and entrance of the secondary containment unit together; wherein when the discharge valve is opened, the containment unit is in a closed state, product is released from the dispenser through the funnel into the containment unit; and when the discharge valve is closed, the exit valve of the containment unit is operable by a force to release the product, wherein the exit valve retracts to a closed position upon release of the force.